Bio-Ethanol & Distilling
Maximize fermentation efficiency and alcohol recovery. Our specialized enzyme packages for grain and molasses-based distilleries reduce viscosity, increase starch liquefaction, and accelerate fermentation cycles.
Efficient starch liquefaction at high temperatures, reducing pre-treatment costs and improving throughput.
Complete saccharification for maximum fermentable sugars and superior final alcohol yield.
Improve mash filterability, reduce energy consumption, and prevent equipment fouling in high-solids fermentations.
Sugar & Carbohydrate Processing
Enhance juice clarification and reduce losses. Our solutions target dextran removal and viscosity control, ensuring higher sugar recovery even with varying raw material quality.
Efficiently hydrolyzes dextran in cane juice, reducing viscosity, improving filtration rates, and preventing sugar losses in the evaporator.
Targeted amylase formulations prevent starch-induced turbidity and improve downstream processing efficiency.
Pectinases and hemicellulases improve juice clarity, reduce color, and enhance centrifuge and filter capacity.
Animal Health & Nutrition
Improve feed conversion ratios. Our feed enzymes unlock the nutritional potential of raw materials, promoting better gut health and faster growth in livestock.
Releases bound phosphorus from phytate, reducing inorganic phosphate supplementation costs and lowering phosphorus excretion.
Xylanases and beta-glucanases reduce gut viscosity, improving nutrient absorption and reducing feed conversion ratios by up to 5%.
Enhance protein digestibility in poultry and swine diets, maximizing amino acid availability from plant-based raw materials.
Wastewater Management
Accelerate biological treatment and meet compliance standards efficiently. Our enzyme blends enhance biofilm formation, BOD/COD reduction, and sludge management in industrial effluent systems.
Break down complex organic matter in sewage and industrial effluent, dramatically accelerating the biological degradation process.
Specially formulated enzyme consortia that target high-COD industrial effluents from distilleries, sugar mills, and food processing plants.
Enzyme-based sludge conditioning reduces disposal volume and operational costs of wastewater treatment plants.